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stringlengths 28
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|---|---|
Tell me if given composition has glass-forming ability. -> Zr6Cu13B
| 1 |
Tell me if given composition has glass-forming ability. -> Zr6Ti5Cu9
| 1 |
Does given composition have glass-forming ability? -> Zr7(Al4Ni5)2
| 1 |
Does given composition have glass-forming ability? -> Zr7(Fe26B5)3
| 1 |
Does given composition have glass formation ability? -> Zr7Al4Ni9
| 1 |
Does given composition have glass formation ability? -> Zr7Al5Ni13
| 1 |
Tell me if given composition has glass formation ability. -> Zr7Al6Ni7
| 1 |
Does given composition have glass formation ability? -> Zr7AlNi2
| 1 |
Tell me if given composition has glass-forming ability. -> Zr7Cu12B
| 1 |
Tell me if given composition has glass-forming ability. -> Zr7Cu13
| 1 |
Does given composition have glass-forming ability? -> Zr7Cu3
| 1 |
Does given composition have glass-forming ability? -> Zr7CuNi2
| 1 |
Does given composition have glass formation ability? -> Zr7Fe77B16
| 1 |
Does given composition have glass-forming ability? -> Zr7Fe91B2
| 1 |
Tell me if given composition has glass formation ability. -> Zr7Ni13
| 1 |
Does given composition have glass formation ability? -> Zr7Ti2Si
| 1 |
Tell me if given composition has glass-forming ability. -> Zr8(CrNi3)3
| 1 |
Does given composition have glass-forming ability? -> Zr8(TiSi3)3
| 1 |
Tell me if given composition has glass formation ability. -> Zr8.5V2Co89.5
| 1 |
Tell me if given composition has glass formation ability. -> Zr83AlNi16
| 1 |
Does given composition have glass-forming ability? -> Zr83Ge17
| 1 |
Tell me if given composition has glass-forming ability. -> Zr83Si17
| 1 |
Does given composition have glass formation ability? -> Zr85(Si2Sn3)3
| 1 |
Tell me if given composition has glass-forming ability. -> Zr8Al5Ni7
| 1 |
Tell me if given composition has glass formation ability. -> Zr8AlNi11
| 1 |
Tell me if given composition has glass-forming ability. -> Zr8Co41B
| 1 |
Does given composition have glass-forming ability? -> Zr8Fe75B17
| 1 |
Does given composition have glass-forming ability? -> Zr9.2Cr9.6Co81.2
| 1 |
Tell me if given composition has glass-forming ability. -> Zr97.5Be2.5
| 0 |
Does given composition have glass formation ability? -> Zr9Al7Ni4
| 1 |
Does given composition have glass formation ability? -> Zr9AlNi10
| 1 |
Tell me if given composition has glass-forming ability. -> Zr9Cu6Ni5
| 1 |
Tell me if given composition has glass formation ability. -> Zr9Cu7Ni4
| 1 |
Tell me if given composition has glass formation ability. -> ZrAl44Ni5
| 1 |
Does given composition have glass-forming ability? -> ZrAlNi8
| 0 |
Tell me if given composition has glass formation ability. -> ZrCo8Mo
| 1 |
Does given composition have glass-forming ability? -> ZrCu
| 1 |
Tell me if given composition has glass formation ability. -> ZrCu3Ni
| 0 |
Does given composition have glass formation ability? -> ZrFe44B5
| 0 |
Tell me if given composition has glass-forming ability. -> ZrFe5Co4
| 1 |
Does given composition have glass-forming ability? -> ZrFe7B2
| 1 |
Does given composition have glass-forming ability? -> ZrNb7Si2
| 1 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.625Mn0.000102Si0.000200Cr0.0936Ni0.129Mo0.00480V0.000110Nb0.0000604Co0.132Al0.00812Ti0.00669
| 1,736.3 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.636C0.000474Mn0.000518Si0.00101Cr0.000109Ni0.188Mo0.00860V0.000112Nb0.0000612Co0.144Al0.00274Ti0.0184
| 2,249.6 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.661C0.000454Mn0.0000993Si0.0375Cr0.164Ni0.0381Mo0.000114V0.000107Nb0.0000587Co0.0972Al0.000606Ti0.000684
| 1,185.1 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.664C0.00926Mn0.000101Si0.0101Cr0.134Ni0.00900Mo0.0114V0.000109Nb0.000479Co0.161Al0.000618
| 1,322.1 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.665C0.000468Mn0.000102Si0.000200Cr0.121Ni0.0768Mo0.0293V0.000110Nb0.0000606Co0.0823Al0.0254Ti0.000118
| 1,870.6 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.667C0.00984Mn0.000102Si0.000200Cr0.158Ni0.0000959Mo0.0295V0.00453N0.000804Nb0.0000606Co0.129Al0.00104
| 1,405.6 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.668C0.00972Mn0.00435Si0.00990Cr0.134Ni0.0112Mo0.0119V0.000109Nb0.0000598Co0.150Al0.000618
| 1,352.2 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.670C0.00564Mn0.000103Si0.000201Cr0.158Ni0.0000963Mo0.0300V0.00477N0.00121Nb0.0000608Co0.129Al0.000628
| 1,515.8 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.671C0.00376Mn0.000103Si0.000201Cr0.157Ni0.0000962Mo0.0294V0.00510N0.00282Nb0.0000608Co0.130Al0.000628
| 1,311.4 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.671C0.00925Mn0.00516Si0.0103Cr0.135Ni0.00965Mo0.0115V0.000109Nb0.0000598Co0.147Al0.000618
| 1,245.4 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.681C0.000478Mn0.000104Si0.000204Cr0.000110Ni0.181Mo0.0293V0.00439Nb0.0000618Co0.0847Al0.0108Ti0.00779
| 1,164.4 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.681C0.00877Mn0.00464Si0.00968Cr0.135Ni0.00898Mo0.00861V0.000109Nb0.0000597Co0.142Al0.000617
| 1,250.8 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.682C0.00877Mn0.000202Si0.00967Cr0.134Ni0.00907Mo0.00861V0.00501Nb0.0000597Co0.142Al0.000616
| 1,241 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.683C0.00749Mn0.000102Si0.000200Cr0.156Ni0.0000958Mo0.0309V0.00453N0.00522Nb0.0000605Co0.112Al0.000834
| 1,646.7 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.683C0.00925Mn0.000202Si0.00969Cr0.134Ni0.00890Mo0.0114V0.000109Nb0.000120Co0.142Al0.000618
| 1,258.6 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.685C0.00877Mn0.000101Si0.00967Cr0.134Ni0.00907Mo0.00855V0.00359Nb0.0000597Co0.141Al0.000617
| 1,218.4 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.685C0.0101Mn0.000101Si0.0199Cr0.134Ni0.00884Mo0.0114V0.000108Nb0.000475Co0.129Al0.000614
| 1,383.7 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.689C0.000476Mn0.000104Si0.000204Cr0.111Ni0.0683Mo0.0327V0.000112Nb0.0000615Co0.0975Al0.000636
| 1,486.2 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.690C0.00970Mn0.000101Si0.0111Cr0.134Ni0.00936Mo0.0114V0.00370Nb0.000478Co0.129Al0.000617
| 1,280.7 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.693C0.000454Mn0.0000993Si0.0334Cr0.165Ni0.0381Mo0.000114V0.000107Nb0.0000587Co0.0685Al0.000405Ti0.000456
| 1,205.8 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.696C0.00974Mn0.000101Si0.000198Cr0.150Ni0.0000949Mo0.0116V0.000109Nb0.000480Co0.130Al0.000619
| 1,348.9 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.699C0.000478Mn0.000104Si0.000204Cr0.000110Ni0.166Mo0.0287V0.00383Nb0.0000618Co0.0847Al0.00829Ti0.00803
| 1,287.3 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.700C0.000479Mn0.000523Si0.00102Cr0.000111Ni0.170Mo0.0298V0.000113Nb0.0000619Co0.0771Al0.00277Ti0.0180
| 2,356.4 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.702C0.000943Mn0.000103Si0.000202Cr0.000109Ni0.142Mo0.000118V0.000111Nb0.0000609Co0.149Al0.000629Ti0.00509
| 1,144.8 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.705C0.000475Mn0.000104Si0.000203Cr0.000110Ni0.147Mo0.0304V0.000112Nb0.0000615Co0.0891Al0.0195Ti0.00835
| 1,580.1 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.706C0.0106Mn0.000101Si0.00712Cr0.135Ni0.00899Mo0.0114V0.000109Nb0.000478Co0.120Al0.000617
| 1,302.8 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.710C0.000477Mn0.000104Si0.000204Cr0.000110Ni0.149Mo0.0305V0.000112Nb0.0000617Co0.0885Al0.0127Ti0.00814
| 1,123.1 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.712C0.00144Mn0.000105Si0.000205Cr0.000111Ni0.180Mo0.0306V0.000113Nb0.0000620Co0.0655Al0.00235Ti0.00842
| 1,109.3 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.713C0.0108Mn0.000102Si0.000200Cr0.0336Ni0.107Mo0.00691V0.000110Nb0.0000605Co0.128Al0.000208Ti0.000117
| 1,746.6 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.714C0.00984Mn0.000102Si0.000200Cr0.0336Ni0.106Mo0.00698V0.000110Nb0.0000605Co0.129Al0.000208Ti0.000118
| 1,795.5 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.718C0.00317Mn0.00594Si0.00581Cr0.178Ni0.0648Mo0.000113V0.000107Nb0.0000585Co0.0000922Al0.0242
| 1,362.9 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.727C0.000476Mn0.000104Si0.000203Cr0.0549Ni0.108Mo0.0304V0.000112Nb0.0000615Co0.0611Al0.00212Ti0.0154
| 1,123.1 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.737C0.0111Mn0.000101Si0.000198Cr0.0964Ni0.0266Mo0.00755V0.00317Nb0.0000599Co0.117Al0.000619Ti0.000233
| 1,564 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.740C0.00457Mn0.0300Si0.00586Cr0.179Ni0.0393Mo0.000114V0.000108Nb0.0000591Co0.0000931Al0.000610
| 1,130.4 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.744C0.00414Mn0.0217Si0.00354Cr0.180Ni0.0401Mo0.00598V0.000108Nb0.0000594Co0.0000937Al0.000614
| 1,028.7 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.747C0.000899Mn0.000982Si0.0820Cr0.000104Ni0.166Mo0.000112V0.000106Nb0.0000581Co0.0000916Al0.00140Ti0.00101
| 1,801.8 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.750C0.00138Mn0.000101Si0.000197Cr0.133Ni0.0789Mo0.0128V0.000109Nb0.0000596Co0.0000940Al0.0218Ti0.00104
| 1,350.3 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.750C0.00184Mn0.000101Si0.000394Cr0.133Ni0.0814Mo0.0121V0.000109Nb0.0000596Co0.0000939Al0.0205
| 1,308 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.752C0.00184Mn0.000101Si0.000197Cr0.133Ni0.0787Mo0.0129V0.000109Nb0.0000596Co0.0000940Al0.0213Ti0.000116
| 1,312 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.759C0.000472Mn0.000103Si0.000202Cr0.000109Ni0.203Mo0.0124V0.000111Nb0.0000610Co0.0000961Al0.00273Ti0.0225
| 1,661.2 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.760C0.000454Mn0.000992Si0.0640Cr0.000105Ni0.172Mo0.000114V0.000107Nb0.0000587Co0.0000925Al0.00101Ti0.00125
| 1,474.4 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.767C0.000465Mn0.00112Si0.00358Cr0.110Ni0.0981Mo0.0119V0.000110Nb0.0000601Co0.0000948Al0.00559Ti0.00257
| 1,175.4 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.770C0.000930Mn0.00488Si0.00199Cr0.107Ni0.0952Mo0.0112V0.000110Nb0.0000601Co0.0000948Al0.00600Ti0.00245
| 1,188.6 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.771Mn0.00122Si0.00140Cr0.107Ni0.100Mo0.0123V0.000110Nb0.0000603Co0.0000950Al0.00477Ti0.00257
| 1,150.6 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.778C0.000931Mn0.000611Si0.00159Cr0.0796Ni0.0981Mo0.0189V0.000110Nb0.0000602Co0.0000949Al0.0189Ti0.00269
| 1,555.8 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.779C0.000946Mn0.000103Si0.000202Cr0.000109Ni0.173Mo0.0184V0.0100Nb0.0000611Co0.0000964Al0.00147Ti0.0166
| 1,730.2 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.781C0.00141Mn0.000103Si0.000201Cr0.000109Ni0.167Mo0.000118V0.0200Nb0.0152Co0.0000960Al0.00210Ti0.0126
| 1,730.2 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.783C0.0187Mn0.00184Si0.000200Cr0.104Ni0.0000955Mo0.0341V0.0106Nb0.0000603Co0.0463Al0.000623
| 1,798.3 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.785C0.000931Mn0.000102Si0.000199Cr0.000108Ni0.167Mo0.000117V0.0209Nb0.0000602Co0.0000949Al0.00187Ti0.0241
| 1,730.2 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.793C0.000468Mn0.000819Si0.00240Cr0.0962Ni0.0800Mo0.0190V0.000110Nb0.0000605Co0.0000954Al0.00521Ti0.00235
| 1,169.2 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.794C0.000470Mn0.000617Si0.00101Cr0.0847Ni0.0981Mo0.0188V0.000111Nb0.0000608Co0.0000958Al0.00126Ti0.00118
| 1,036.9 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.796C0.000469Mn0.000103Si0.000201Cr0.000108Ni0.174Mo0.00587V0.000111Nb0.0000606Co0.0000956Al0.00167Ti0.0212
| 1,737.2 |
Given composition, write its potential yield strength at 800-1200 °C. -> Fe0.799C0.000468Mn0.0256Si0.000401Cr0.000108Ni0.173Mo0.000117V0.000110Nb0.0000605Co0.0000955Al0.00104Ti0.000470
| 1,471.1 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.799C0.000469Mn0.000513Si0.00241Cr0.0520Ni0.117Mo0.0176V0.000111Nb0.0000606Co0.0000956Al0.00835Ti0.00224
| 1,272.6 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.799C0.000471Mn0.000103Si0.000201Cr0.000109Ni0.165Mo0.0118V0.000111Nb0.0000609Co0.0000960Al0.00147Ti0.0215
| 1,874.6 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.801C0.000939Mn0.000821Si0.000803Cr0.0513Ni0.116Mo0.0185V0.000111Nb0.0000607Co0.0000957Al0.00794Ti0.00271
| 1,243.6 |
Write a possible yield strength of given composition at 800-1200 °C. -> Fe0.802C0.000470Mn0.000308Si0.00221Cr0.0518Ni0.117Mo0.0178V0.000111Nb0.0000607Co0.0000958Al0.00544Ti0.00236
| 1,216.8 |
What will be the yield strength of given composition at 800-1200 °C? -> Fe0.803Mn0.000512Si0.00120Cr0.0520Ni0.110Mo0.0173V0.000110Nb0.0000605Co0.0000954Al0.0137Ti0.00235
| 1,451.7 |
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